TUD Organische ChemieImmelMolArch+FilesView or Print this frame onlyView or Print (this frame only)

MolArch+ - File Types

This list gives an overview on the different files types handled by MolArch+ (list by file extension). For most file types you will find examples in the $MOLARCH/examples directory of the MolArch+ installation. This list is by far not complete yet.

You may also use the non-frames version of this documentation.

Top of Page MolArch+ - File Types
*.pdb
Most common file format for molecular structures (PDB format; Protein Data Base).
HEADER   SUCROSE
REMARK   MOLECULE     1      ATOMS     45
ATOM      1  O5    1     1      -1.033   1.138   0.374
ATOM      2  C1    1     2      -0.602   0.120   1.266
ATOM      3  C2    1     3      -1.804  -0.631   1.845
...
ATOM     45  HO6   1    45       2.346   3.457  -2.807
CONECT    1    2    6
CONECT    2    1    3   12   24
...
CONECT   45   23
END   
MolArch+ recognizes the following PDB records: 'HEADER', 'ATOM', 'HETATM', 'CONECT' 'END', and 'TER'. All other records are ignored and skipped. PDB-files are of fixed column formatted ASCII format.
*.esp
ESP-files list atomic charges.
ATOM     O      XXX     XXX     XXX        0.000   0.000   0.000-0.260  A
ATOM     C      XXX     XXX     XXX        0.000   0.000   0.000 0.113  A
ATOM     C      XXX     XXX     XXX        0.000   0.000   0.000 0.061  A
...
These files must match a PDB-file of same base name. The format of ESP-files is fixed column formatted ASCII.
*.xyz
XYZ-files list atom types and xyz-coordinates of molecular structures in a free column readable ASCII format. This file type may be used to import non-standard molecular data.
O5       0.084   -.009   -.078
C1       1.503   0.053   -.060
C2       1.977   1.508   -.027
...
The format of XYZ-files is free unformatted ASCII.
*.hin
Hyperchem HIN-files.
forcefield mm+
sys 7.914191
view 40 0.090224 59.65 19.65 ...
seed -1109
mol 1
atom 1 - O ** - 0 9.580495 3.285537 -4.517323 2 130 s 273 s
atom 2 - C ** - 0 4.48187 1.939143 -1.628475 3 3 a 6 a 42 s
atom 3 - C ** - 0 3.651089 0.808005 -1.727865 3 2 a 4 a 37 s
...
*.mac
*.out
MacroModel OUT- and MAC-files.
   151   mtii                                                                            
   1     2 1     3 1     4 1     0 0     0 0     0 0   33.306000   38.974998   21.896999  ...
  15     1 1     0 0     0 0     0 0     0 0     0 0   33.679001   38.107002   21.306000  ...
  24     1 1    74 1    75 1     0 0     0 0     0 0   33.879002   39.312000   23.261000  ...
...
*.dg
DG-Files obtained from distance geometry calculations.
mtii                                                                            
  151    3 s:  8 o:  8 d:  8                                                    
    1mtii    c1    1  33.223  37.174  18.209    2    3    4    0    0
    1mtii    o2    2  34.012  36.391  17.814    1    0    0    0    0
    1mtii    n3    3  31.851  36.878  18.494    1   74   75    0    0
...
*.dat
These files list crystal structure data as used by the Cambridge Crystallographic Data Center (CCDC, solid-state structure data base). Structures may be exported from the conquest program using the FDAT-file format to view and process the data with MolArch+.
#SUCROS1123730820       22  9  0  0  0  2  3 45  0  0 51132200000010000000000073
108648 87028 77578    90102956    90444030151211 0 0 0  0  0  4P21       040    
R= .0290                                                                        
211 0121 0112 0011 0121 6110 0                                                  
C  68H  20O  68                                                                 
C1     29986  35792  48521 C2     10322  13101  54340 C3     31263  47475  63545
...
O9     37733  39888  36855 O10    58164  54571  28597 O11    32654  23865   3981
 3 4 5 6 7 8 91011123117 1 6 810 0123739414436 3404245 5 7 9 011 2 2 1 2 3 4 5 6
 7 8 11112 435 9431038                                                          
*.cif
*.ins
Crystal structure data files (ASCII) as used by SHELX and various other crystallographic programs.
...
O1A O -0.0845(5) -0.3554(5) 0.11049(18) 0.0712(18) Uani 1 d . . . 
C1A C -0.0694(7) -0.4451(7) 0.1069(3) 0.065(3) Uani 1 d . . . 
H1A H -0.1413 -0.5122 0.1076 0.078 Uiso 1 calc R . . 
...
*.ell
MolArch+ specific file format to save and retrieve atomic thermal anisotropic ellipsoids (ASCII). These files must match a PDB-file of same base name.
*.sld
MolArch+ specific file format to save triangulated molecular surfaces and surface qualities (binary data). This file format is also used by other programs such as MOLCAD and Sybyl/Tripos programs.
*.con
MolArch+ specific file format to save triangulated molecular surfaces and surface qualities (ASCII).
CONTOUR3D   SUCROSE                                                             
CONTOURS
DOTS               86
TRIS              165
QUALITIES           1
QUALITY             1       grd (Total Gradients)        
ALL DOTS: COOR.     X           Y           Z NORMALS  AX          AY          AZ QUALITIES
     1  1 0.38340E+01 0.12670E+01-0.24550E+01 0.30075E-01 0.69017E-01 0.99716E+00 0.29758E+03
...
    86  2 0.38340E+01-0.14200E+01-0.24550E+01 0.33383E-01-0.54168E-01 0.99797E+00 0.32840E+03
ALL TRIS:  NUMBER OF DOTS
     1  2      47      46      50
     2  2      50      45      66
...
   165  2      61      57      60
*.cub
GAUSSIAN cube grid data files that may be read and imported by MolArch+.
 Salicylsaeure, spez. Position
 SCF Molecular Orbitals
  -16  -11.417476   -9.298097   -6.513076
   98    0.217205    0.000000    0.000000
   86    0.000000    0.217205    0.000000
   61    0.000000    0.000000    0.217205
    6    6.000000    0.384791   -0.462750    0.000050
    6    6.000000   -0.969903    1.854038    0.000007
    6    6.000000   -3.624020    1.810000   -0.000257
...
    2   37   36
 -6.30261E-05 -2.19944E-05 -6.88207E-05 -2.40159E-05 -7.47492E-05 -2.60839E-05
 -8.07505E-05 -2.81771E-05 -8.67548E-05 -3.02711E-05 -9.26838E-05 -3.23386E-05
...
*.CON
MolArch+ specific file format to save grid data (ASCII).
 SCF Molecular Orbitals                                                         
            98            86            61
  0.114940E+00  0.114940E+00  0.114940E+00
 -0.604187E+01 -0.492034E+01 -0.344657E+01
  0.000000E+00  0.000000E+00
 -0.219944E-04
 -0.255131E-04
...

LINE 1 (FORMAT 'A'):      Title
LINE 2 (FORMAT '3I14'):   STEPS IN X-, Y-, AND Z-DIRECTION
LINE 3 (FORMAT '3E14.6'): STEP SIZE IN X-, Y-, AND Z-DIRECTION
LINE 4 (FORMAT '3E14.6'): START OF X-, Y-, AND Z-AXIS
LINE 5 (FORMAT '2E14.6'): DATA MINIMUM AND MAXIMUM (MAY BE 0.0, 0.0)
LINE 6 (FORMAT '3E14.6'): DATA (X-INDEX RUNNING FASTEST, Z-INDEX SLOWEST)
...
*.ein
*.opt
*.log
Files (ASCII) used and generated by the force-field program PIMM which are also handled by MolArch+.
*.log
GAUSSIAN output (LOG) files (ASCII) which may be used by MolArch+ to import molecular structures and atomic charges.
...
 ---------------------------------------------------------------------
 Center     Atomic     Atomic              Coordinates (Angstroms)
 Number     Number      Type              X           Y           Z
 ---------------------------------------------------------------------
    1          6             0        0.000000    1.396579    0.000000
    2          6             0       -1.209474    0.698396    0.000000
    3          6             0       -1.209488   -0.698267    0.000000
...
   10          1             0       -0.000021   -2.483602    0.000000
   11          1             0        2.150831   -1.241961    0.000000
   12          1             0        2.150886    1.241758    0.000000
 ---------------------------------------------------------------------
...
*.spr
Script parameter files that may contain sequences of MolArch+ commands to be executed.
pdbload ribbon01.pdb
reset molecules
delete single-atoms
hydrogens single-bonds molecule 2 
RELABEL CPK molecule 2
...
*.com
Shell scripts that may use MolArch+ and other shell command sequences (particularly useful for creating molecular animations).
*.par
MolArch+ specific file format for saving parameter files which describe molecular fragments and connectivities (without atomic coordinates).
FRAGMENT SEARCH: SINGLE PYRANOSE UNIT
SIZE MIN SPC
  22  22   0
SORT  NO BONDS BONDED ATOMS
 C1    1   0
 C2    2   1   1
 C3    3   1   2
 C4    4   1   3
...

© Copyright PD Dr. S. Immel